ENTRY 22518 20121225 22342251800000001
SUBENT 22518001 20121225 22342251800100001
BIB 8 14 2251800100002
INSTITUTE (2UK CAV) 2251800100003
REFERENCE (J,PRS/A,162,127,1937) 2251800100004
AUTHOR (M.Goldhaber,G.H.Briggs) 2251800100005
TITLE Scattering of slow neutrons 2251800100006
INC-SOURCE (RA-BE) Alphas from 100 mg radium on finely powdered 2251800100007
berylium within paraffin behind a lead cone 2251800100008
INC-SPECT Thermalized spectrum 2251800100009
DETECTOR (BF3) Boron trifluoride ionization chamber at two 2251800100010
atmospheres shielded by boron oxide and cadmium 2251800100011
HISTORY (19780330C) 2251800100012
(19991210C) + + converted by S.M. + + 2251800100013
(20121225A) SD: Updated to new date formats,lower case.2251800100014
Corrected according last EXFOR rules and Dict. 2251800100015
INC-SOURCE was corrected. 2251800100016
ENDBIB 14 0 2251800100017
COMMON 1 3 2251800100018
EN-DUMMY 2251800100019
EV 2251800100020
2.5300E-02 2251800100021
ENDCOMMON 3 0 2251800100022
ENDSUBENT 21 0 2251800199999
SUBENT 22518002 20121225 22342251800200001
BIB 3 3 2251800200002
REACTION (6-C-12(N,TOT),,SIG,,MXW) 2251800200003
STATUS (TABLE) From Tbl. 1 of PRS/A,162,127,1937 2251800200004
HISTORY (19991210T) Converted from subent 67000002 2251800200005
ENDBIB 3 0 2251800200006
NOCOMMON 0 0 2251800200007
DATA 1 1 2251800200008
DATA 2251800200009
B 2251800200010
4.8000E+00 2251800200011
ENDDATA 3 0 2251800200012
ENDSUBENT 11 0 2251800299999
SUBENT 22518003 20121225 22342251800300001
BIB 4 4 2251800300002
REACTION (1-H-1(N,TOT),,SIG,,MXW) 2251800300003
SAMPLE C(n)-H(2n+2)-paraffin 2251800300004
STATUS (TABLE) From Tbl. 1 of PRS/A,162,127,1937 2251800300005
HISTORY (19991210T) Converted from subent 67000003 2251800300006
ENDBIB 4 0 2251800300007
NOCOMMON 0 0 2251800300008
DATA 1 1 2251800300009
DATA 2251800300010
B 2251800300011
4.7500E+01 2251800300012
ENDDATA 3 0 2251800300013
ENDSUBENT 12 0 2251800399999
SUBENT 22518004 20121225 22342251800400001
BIB 3 3 2251800400002
REACTION (15-P-31(N,TOT),,SIG,,MXW) 2251800400003
STATUS (TABLE) From Tbl. 1 of PRS/A,162,127,1937 2251800400004
HISTORY (19991210T) Converted from subent 67000004 2251800400005
ENDBIB 3 0 2251800400006
NOCOMMON 0 0 2251800400007
DATA 1 1 2251800400008
DATA 2251800400009
B 2251800400010
1.3600E+01 2251800400011
ENDDATA 3 0 2251800400012
ENDSUBENT 11 0 2251800499999
SUBENT 22518005 20121225 22342251800500001
BIB 3 3 2251800500002
REACTION (26-FE-0(N,TOT),,SIG,,MXW) 2251800500003
STATUS (TABLE) From Tbl. 1 of PRS/A,162,127,1937 2251800500004
HISTORY (19991210T) Converted from subent 67000005 2251800500005
ENDBIB 3 0 2251800500006
NOCOMMON 0 0 2251800500007
DATA 1 1 2251800500008
DATA 2251800500009
B 2251800500010
1.3600E+01 2251800500011
ENDDATA 3 0 2251800500012
ENDSUBENT 11 0 2251800599999
SUBENT 22518006 20121225 22342251800600001
BIB 3 3 2251800600002
REACTION (28-NI-0(N,TOT),,SIG,,MXW) 2251800600003
STATUS (TABLE) From Tbl. 1 of PRS/A,162,127,1937 2251800600004
HISTORY (19991210T) Converted from subent 67000006 2251800600005
ENDBIB 3 0 2251800600006
NOCOMMON 0 0 2251800600007
DATA 1 1 2251800600008
DATA 2251800600009
B 2251800600010
1.9700E+01 2251800600011
ENDDATA 3 0 2251800600012
ENDSUBENT 11 0 2251800699999
SUBENT 22518007 20121225 22342251800700001
BIB 3 3 2251800700002
REACTION (29-CU-0(N,TOT),,SIG,,MXW) 2251800700003
STATUS (TABLE) From Tbl. 1 of PRS/A,162,127,1937 2251800700004
HISTORY (19991210T) Converted from subent 67000007 2251800700005
ENDBIB 3 0 2251800700006
NOCOMMON 0 0 2251800700007
DATA 1 1 2251800700008
DATA 2251800700009
B 2251800700010
1.1900E+01 2251800700011
ENDDATA 3 0 2251800700012
ENDSUBENT 11 0 2251800799999
SUBENT 22518008 20121225 22342251800800001
BIB 3 3 2251800800002
REACTION (34-SE-0(N,TOT),,SIG,,MXW) 2251800800003
STATUS (TABLE) From Tbl. 1 of PRS/A,162,127,1937 2251800800004
HISTORY (19991210T) Converted from subent 67000008 2251800800005
ENDBIB 3 0 2251800800006
NOCOMMON 0 0 2251800800007
DATA 1 1 2251800800008
DATA 2251800800009
B 2251800800010
2.0400E+01 2251800800011
ENDDATA 3 0 2251800800012
ENDSUBENT 11 0 2251800899999
SUBENT 22518009 20121225 22342251800900001
BIB 3 3 2251800900002
REACTION (47-AG-0(N,TOT),,SIG,,MXW) 2251800900003
STATUS (TABLE) From Tbl. 1 of PRS/A,162,127,1937 2251800900004
HISTORY (19991210T) Converted from subent 67000009 2251800900005
ENDBIB 3 0 2251800900006
NOCOMMON 0 0 2251800900007
DATA 1 1 2251800900008
DATA 2251800900009
B 2251800900010
6.3000E+01 2251800900011
ENDDATA 3 0 2251800900012
ENDSUBENT 11 0 2251800999999
SUBENT 22518010 20121225 22342251801000001
BIB 3 3 2251801000002
REACTION (78-PT-0(N,TOT),,SIG,,MXW) 2251801000003
STATUS (TABLE) From Tbl. 1 of PRS/A,162,127,1937 2251801000004
HISTORY (19991210T) Converted from subent 67000010 2251801000005
ENDBIB 3 0 2251801000006
NOCOMMON 0 0 2251801000007
DATA 1 1 2251801000008
DATA 2251801000009
B 2251801000010
2.1500E+01 2251801000011
ENDDATA 3 0 2251801000012
ENDSUBENT 11 0 2251801099999
SUBENT 22518011 20121225 22342251801100001
BIB 3 3 2251801100002
REACTION (82-PB-0(N,TOT),,SIG,,MXW) 2251801100003
STATUS (TABLE) From Tbl. 1 of PRS/A,162,127,1937 2251801100004
HISTORY (19991210T) Converted from subent 67000011 2251801100005
ENDBIB 3 0 2251801100006
NOCOMMON 0 0 2251801100007
DATA 1 1 2251801100008
DATA 2251801100009
B 2251801100010
1.2500E+01 2251801100011
ENDDATA 3 0 2251801100012
ENDSUBENT 11 0 2251801199999
SUBENT 22518012 20121225 22342251801200001
BIB 3 3 2251801200002
REACTION (83-BI-209(N,TOT),,SIG,,MXW) 2251801200003
STATUS (TABLE) From Tbl. 1 of PRS/A,162,127,1937 2251801200004
HISTORY (19991210T) Converted from subent 67000012 2251801200005
ENDBIB 3 0 2251801200006
NOCOMMON 0 0 2251801200007
DATA 1 1 2251801200008
DATA 2251801200009
B 2251801200010
8.9000E+00 2251801200011
ENDDATA 3 0 2251801200012
ENDSUBENT 11 0 2251801299999
SUBENT 22518013 20121225 22342251801300001
BIB 6 17 2251801300002
REACTION (1-H-1(N,EL)1-H-1,BA,SIG,,MXW) 2251801300003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251801300004
Systematic errors in the determination of the 2251801300005
scattering cross-sections may arise from hydrogen 2251801300006
impurities, mainly in the form of water or occluded 2251801300007
hydrogen, and from strongly absorbing impurities in 2251801300008
the scatterers. The latter source of error was usually2251801300009
small, since comparatively pure chemicals were used 2251801300010
in most cases. 2251801300011
(ERR-S,5.,10.) Statistical error 2251801300012
ANALYSIS The cross-sections were calculated by assuming the 2251801300013
scattering cross-section of carbon to be equal to the 2251801300014
total cross section determined previously (Subent 002) 2251801300015
SAMPLE C(n)-H(2n+2) paraffin 2251801300016
STATUS (DEP,22518002) 2251801300017
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251801300018
HISTORY (19991210T) Converted from subent 67000013 2251801300019
ENDBIB 17 0 2251801300020
NOCOMMON 0 0 2251801300021
DATA 1 1 2251801300022
DATA 2251801300023
B 2251801300024
4.7500E+01 2251801300025
ENDDATA 3 0 2251801300026
ENDSUBENT 25 0 2251801399999
SUBENT 22518014 20121225 22342251801400001
BIB 6 17 2251801400002
REACTION (1-H-2(N,EL)1-H-2,BA,SIG,,MXW) 2251801400003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251801400004
Systematic errors in the determination of the 2251801400005
scattering cross-sections may arise from hydrogen 2251801400006
impurities, mainly in the form of water or occluded 2251801400007
hydrogen, and from strongly absorbing impurities in 2251801400008
the scatterers. The latter source of error was usually2251801400009
small, since comparatively pure chemicals were used 2251801400010
in most cases. 2251801400011
(ERR-S,5.,10.) Statistical error 2251801400012
ANALYSIS The cross-sections were calculated by assuming the 2251801400013
scattering cross-section of carbon to be equal to the 2251801400014
total cross section determined previously (Subent 002) 2251801400015
SAMPLE D(2)-O 2251801400016
STATUS (DEP,22518002) 2251801400017
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251801400018
HISTORY (19991210T) Converted from subent 67000014 2251801400019
ENDBIB 17 0 2251801400020
NOCOMMON 0 0 2251801400021
DATA 1 1 2251801400022
DATA 2251801400023
B 2251801400024
7.0000E+00 2251801400025
ENDDATA 3 0 2251801400026
ENDSUBENT 25 0 2251801499999
SUBENT 22518015 20121225 22342251801500001
BIB 5 16 2251801500002
REACTION (4-BE-9(N,EL)4-BE-9,,SIG,,MXW) 2251801500003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251801500004
Systematic errors in the determination of the 2251801500005
scattering cross-sections may arise from hydrogen 2251801500006
impurities, mainly in the form of water or occluded 2251801500007
hydrogen, and from strongly absorbing impurities in 2251801500008
the scatterers. The latter source of error was usually2251801500009
small, since comparatively pure chemicals were used 2251801500010
in most cases. 2251801500011
(ERR-S,5.,10.) Statistical error 2251801500012
ANALYSIS The cross-sections were calculated by assuming the 2251801500013
scattering cross-section of carbon to be equal to the 2251801500014
total cross section determined previously (Subent 002) 2251801500015
STATUS (DEP,22518002) 2251801500016
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251801500017
HISTORY (19991210T) Converted from subent 67000015 2251801500018
ENDBIB 16 0 2251801500019
NOCOMMON 0 0 2251801500020
DATA 1 1 2251801500021
DATA 2251801500022
B 2251801500023
6.9000E+00 2251801500024
ENDDATA 3 0 2251801500025
ENDSUBENT 24 0 2251801599999
SUBENT 22518016 20121225 22342251801600001
BIB 5 16 2251801600002
REACTION (6-C-12(N,EL)6-C-12,,SIG,,MXW) 2251801600003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251801600004
Systematic errors in the determination of the 2251801600005
scattering cross-sections may arise from hydrogen 2251801600006
impurities, mainly in the form of water or occluded 2251801600007
hydrogen, and from strongly absorbing impurities in 2251801600008
the scatterers. The latter source of error was usually2251801600009
small, since comparatively pure chemicals were used 2251801600010
in most cases. 2251801600011
(ERR-S,5.,10.) Statistical error 2251801600012
ANALYSIS The cross-sections were calculated by assuming the 2251801600013
scattering cross-section of carbon to be equal to the 2251801600014
total cross section determined previously (Subent 002) 2251801600015
STATUS (DEP,22518002) 2251801600016
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251801600017
HISTORY (19991210T) Converted from subent 67000016 2251801600018
ENDBIB 16 0 2251801600019
NOCOMMON 0 0 2251801600020
DATA 1 1 2251801600021
DATA 2251801600022
B 2251801600023
4.8000E+00 2251801600024
ENDDATA 3 0 2251801600025
ENDSUBENT 24 0 2251801699999
SUBENT 22518017 20121225 22342251801700001
BIB 6 17 2251801700002
REACTION (7-N-14(N,EL)7-N-14,BA,SIG,,MXW) 2251801700003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251801700004
Systematic errors in the determination of the 2251801700005
scattering cross-sections may arise from hydrogen 2251801700006
impurities, mainly in the form of water or occluded 2251801700007
hydrogen, and from strongly absorbing impurities in 2251801700008
the scatterers. The latter source of error was usually2251801700009
small, since comparatively pure chemicals were used 2251801700010
in most cases. 2251801700011
(ERR-S,5.,10.) Statistical error 2251801700012
ANALYSIS The cross-sections were calculated by assuming the 2251801700013
scattering cross-section of carbon to be equal to the 2251801700014
total cross section determined previously (Subent 002) 2251801700015
SAMPLE Na-N(3) 2251801700016
STATUS (DEP,22518002) 2251801700017
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251801700018
HISTORY (19991210T) Converted from subent 67000017 2251801700019
ENDBIB 17 0 2251801700020
NOCOMMON 0 0 2251801700021
DATA 1 1 2251801700022
DATA 2251801700023
B 2251801700024
8.2000E+00 2251801700025
ENDDATA 3 0 2251801700026
ENDSUBENT 25 0 2251801799999
SUBENT 22518018 20121225 22342251801800001
BIB 6 17 2251801800002
REACTION (8-O-16(N,EL)8-O-16,BA,SIG,,MXW) 2251801800003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251801800004
Systematic errors in the determination of the 2251801800005
scattering cross-sections may arise from hydrogen 2251801800006
impurities, mainly in the form of water or occluded 2251801800007
hydrogen, and from strongly absorbing impurities in 2251801800008
the scatterers. The latter source of error was usually2251801800009
small, since comparatively pure chemicals were used 2251801800010
in most cases. 2251801800011
(ERR-S,5.,10.) Statistical error 2251801800012
ANALYSIS The cross-sections were calculated by assuming the 2251801800013
scattering cross-section of carbon to be equal to the 2251801800014
total cross section determined previously (Subent 002) 2251801800015
SAMPLE Al(2)-O(3) 2251801800016
STATUS (DEP,22518002) 2251801800017
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251801800018
HISTORY (19991210T) Converted from subent 67000018 2251801800019
ENDBIB 17 0 2251801800020
NOCOMMON 0 0 2251801800021
DATA 1 1 2251801800022
DATA 2251801800023
B 2251801800024
4.2000E+00 2251801800025
ENDDATA 3 0 2251801800026
ENDSUBENT 25 0 2251801899999
SUBENT 22518019 20121225 22342251801900001
BIB 6 17 2251801900002
REACTION (9-F-19(N,EL)9-F-19,BA,SIG,,MXW) 2251801900003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251801900004
Systematic errors in the determination of the 2251801900005
scattering cross-sections may arise from hydrogen 2251801900006
impurities, mainly in the form of water or occluded 2251801900007
hydrogen, and from strongly absorbing impurities in 2251801900008
the scatterers. The latter source of error was usually2251801900009
small, since comparatively pure chemicals were used 2251801900010
in most cases. 2251801900011
(ERR-S,5.,10.) Statistical error 2251801900012
ANALYSIS The cross-sections were calculated by assuming the 2251801900013
scattering cross-section of carbon to be equal to the 2251801900014
total cross section determined previously (Subent 002) 2251801900015
SAMPLE Ca-F(2) 2251801900016
STATUS (DEP,22518002) 2251801900017
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251801900018
HISTORY (19991210T) Converted from subent 67000019 2251801900019
ENDBIB 17 0 2251801900020
NOCOMMON 0 0 2251801900021
DATA 1 1 2251801900022
DATA 2251801900023
B 2251801900024
4.1000E+00 2251801900025
ENDDATA 3 0 2251801900026
ENDSUBENT 25 0 2251801999999
SUBENT 22518020 20121225 22342251802000001
BIB 6 17 2251802000002
REACTION (11-NA-23(N,EL)11-NA-23,BA,SIG,,MXW) 2251802000003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251802000004
Systematic errors in the determination of the 2251802000005
scattering cross-sections may arise from hydrogen 2251802000006
impurities, mainly in the form of water or occluded 2251802000007
hydrogen, and from strongly absorbing impurities in 2251802000008
the scatterers. The latter source of error was usually2251802000009
small, since comparatively pure chemicals were used 2251802000010
in most cases. 2251802000011
(ERR-S,5.,10.) Statistical error 2251802000012
ANALYSIS The cross-sections were calculated by assuming the 2251802000013
scattering cross-section of carbon to be equal to the 2251802000014
total cross section determined previously (Subent 002) 2251802000015
SAMPLE Na-F 2251802000016
STATUS (DEP,22518002) 2251802000017
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251802000018
HISTORY (19991210T) Converted from subent 67000020 2251802000019
ENDBIB 17 0 2251802000020
NOCOMMON 0 0 2251802000021
DATA 1 1 2251802000022
DATA 2251802000023
B 2251802000024
3.6000E+00 2251802000025
ENDDATA 3 0 2251802000026
ENDSUBENT 25 0 2251802099999
SUBENT 22518021 20121225 22342251802100001
BIB 5 16 2251802100002
REACTION (12-MG-0(N,EL)12-MG-0,,SIG,,MXW) 2251802100003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251802100004
Systematic errors in the determination of the 2251802100005
scattering cross-sections may arise from hydrogen 2251802100006
impurities, mainly in the form of water or occluded 2251802100007
hydrogen, and from strongly absorbing impurities in 2251802100008
the scatterers. The latter source of error was usually2251802100009
small, since comparatively pure chemicals were used 2251802100010
in most cases. 2251802100011
(ERR-S,5.,10.) Statistical error 2251802100012
ANALYSIS The cross-sections were calculated by assuming the 2251802100013
scattering cross-section of carbon to be equal to the 2251802100014
total cross section determined previously (Subent 002) 2251802100015
STATUS (DEP,22518002) 2251802100016
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251802100017
HISTORY (19991210T) Converted from subent 67000021 2251802100018
ENDBIB 16 0 2251802100019
NOCOMMON 0 0 2251802100020
DATA 1 1 2251802100021
DATA 2251802100022
B 2251802100023
4.2000E+00 2251802100024
ENDDATA 3 0 2251802100025
ENDSUBENT 24 0 2251802199999
SUBENT 22518022 20121225 22342251802200001
BIB 5 16 2251802200002
REACTION (13-AL-27(N,EL)13-AL-27,,SIG,,MXW) 2251802200003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251802200004
Systematic errors in the determination of the 2251802200005
scattering cross-sections may arise from hydrogen 2251802200006
impurities, mainly in the form of water or occluded 2251802200007
hydrogen, and from strongly absorbing impurities in 2251802200008
the scatterers. The latter source of error was usually2251802200009
small, since comparatively pure chemicals were used 2251802200010
in most cases. 2251802200011
(ERR-S,5.,10.) Statistical error 2251802200012
ANALYSIS The cross-sections were calculated by assuming the 2251802200013
scattering cross-section of carbon to be equal to the 2251802200014
total cross section determined previously (Subent 002) 2251802200015
STATUS (DEP,22518002) 2251802200016
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251802200017
HISTORY (19991210T) Converted from subent 67000022 2251802200018
ENDBIB 16 0 2251802200019
NOCOMMON 0 0 2251802200020
DATA 1 1 2251802200021
DATA 2251802200022
B 2251802200023
1.6000E+00 2251802200024
ENDDATA 3 0 2251802200025
ENDSUBENT 24 0 2251802299999
SUBENT 22518023 20121225 22342251802300001
BIB 5 16 2251802300002
REACTION (14-SI-0(N,EL)14-SI-0,,SIG,,MXW) 2251802300003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251802300004
Systematic errors in the determination of the 2251802300005
scattering cross-sections may arise from hydrogen 2251802300006
impurities, mainly in the form of water or occluded 2251802300007
hydrogen, and from strongly absorbing impurities in 2251802300008
the scatterers. The latter source of error was usually2251802300009
small, since comparatively pure chemicals were used 2251802300010
in most cases. 2251802300011
(ERR-S,5.,10.) Statistical error 2251802300012
ANALYSIS The cross-sections were calculated by assuming the 2251802300013
scattering cross-section of carbon to be equal to the 2251802300014
total cross section determined previously (Subent 002) 2251802300015
STATUS (DEP,22518002) 2251802300016
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251802300017
HISTORY (19991210T) Converted from subent 67000023 2251802300018
ENDBIB 16 0 2251802300019
NOCOMMON 0 0 2251802300020
DATA 1 1 2251802300021
DATA 2251802300022
B 2251802300023
1.7000E+00 2251802300024
ENDDATA 3 0 2251802300025
ENDSUBENT 24 0 2251802399999
SUBENT 22518024 20121225 22342251802400001
BIB 5 16 2251802400002
REACTION (15-P-31(N,EL)15-P-31,,SIG,,MXW) 2251802400003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251802400004
Systematic errors in the determination of the 2251802400005
scattering cross-sections may arise from hydrogen 2251802400006
impurities, mainly in the form of water or occluded 2251802400007
hydrogen, and from strongly absorbing impurities in 2251802400008
the scatterers. The latter source of error was usually2251802400009
small, since comparatively pure chemicals were used 2251802400010
in most cases. 2251802400011
(ERR-S,5.,10.) Statistical error 2251802400012
ANALYSIS The cross-sections were calculated by assuming the 2251802400013
scattering cross-section of carbon to be equal to the 2251802400014
total cross section determined previously (Subent 002) 2251802400015
STATUS (DEP,22518002) 2251802400016
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251802400017
HISTORY (19991210T) Converted from subent 67000024 2251802400018
ENDBIB 16 0 2251802400019
NOCOMMON 0 0 2251802400020
DATA 1 1 2251802400021
DATA 2251802400022
B 2251802400023
1.0400E+01 2251802400024
ENDDATA 3 0 2251802400025
ENDSUBENT 24 0 2251802499999
SUBENT 22518025 20121225 22342251802500001
BIB 5 16 2251802500002
REACTION (16-S-0(N,EL)16-S-0,,SIG,,MXW) 2251802500003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251802500004
Systematic errors in the determination of the 2251802500005
scattering cross-sections may arise from hydrogen 2251802500006
impurities, mainly in the form of water or occluded 2251802500007
hydrogen, and from strongly absorbing impurities in 2251802500008
the scatterers. The latter source of error was usually2251802500009
small, since comparatively pure chemicals were used 2251802500010
in most cases. 2251802500011
(ERR-S,5.,10.) Statistical error 2251802500012
ANALYSIS The cross-sections were calculated by assuming the 2251802500013
scattering cross-section of carbon to be equal to the 2251802500014
total cross section determined previously (Subent 002) 2251802500015
STATUS (DEP,22518002) 2251802500016
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251802500017
HISTORY (19991210T) Converted from subent 67000025 2251802500018
ENDBIB 16 0 2251802500019
NOCOMMON 0 0 2251802500020
DATA 1 1 2251802500021
DATA 2251802500022
B 2251802500023
1.1000E+00 2251802500024
ENDDATA 3 0 2251802500025
ENDSUBENT 24 0 2251802599999
SUBENT 22518026 20121225 22342251802600001
BIB 6 17 2251802600002
REACTION (17-CL-0(N,EL)17-CL-0,BA,SIG,,MXW) 2251802600003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251802600004
Systematic errors in the determination of the 2251802600005
scattering cross-sections may arise from hydrogen 2251802600006
impurities, mainly in the form of water or occluded 2251802600007
hydrogen, and from strongly absorbing impurities in 2251802600008
the scatterers. The latter source of error was usually2251802600009
small, since comparatively pure chemicals were used 2251802600010
in most cases. 2251802600011
(ERR-S,5.,10.) Statistical error 2251802600012
ANALYSIS The cross-sections were calculated by assuming the 2251802600013
scattering cross-section of carbon to be equal to the 2251802600014
total cross section determined previously (Subent 002) 2251802600015
SAMPLE K-Cl 2251802600016
STATUS (DEP,22518002) 2251802600017
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251802600018
HISTORY (19991210T) Converted from subent 67000026 2251802600019
ENDBIB 17 0 2251802600020
NOCOMMON 0 0 2251802600021
DATA 1 1 2251802600022
DATA-MAX 2251802600023
B 2251802600024
1.0000E+01 2251802600025
ENDDATA 3 0 2251802600026
ENDSUBENT 25 0 2251802699999
SUBENT 22518027 20121225 22342251802700001
BIB 6 17 2251802700002
REACTION (19-K-0(N,EL)19-K-0,BA,SIG,,MXW) 2251802700003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251802700004
Systematic errors in the determination of the 2251802700005
scattering cross-sections may arise from hydrogen 2251802700006
impurities, mainly in the form of water or occluded 2251802700007
hydrogen, and from strongly absorbing impurities in 2251802700008
the scatterers. The latter source of error was usually2251802700009
small, since comparatively pure chemicals were used 2251802700010
in most cases. 2251802700011
(ERR-S,5.,10.) Statistical error 2251802700012
ANALYSIS The cross-sections were calculated by assuming the 2251802700013
scattering cross-section of carbon to be equal to the 2251802700014
total cross section determined previously (Subent 002) 2251802700015
SAMPLE K-F 2251802700016
STATUS (DEP,22518002) 2251802700017
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251802700018
HISTORY (19991210T) Converted from subent 67000027 2251802700019
ENDBIB 17 0 2251802700020
NOCOMMON 0 0 2251802700021
DATA 1 1 2251802700022
DATA 2251802700023
B 2251802700024
1.5000E+00 2251802700025
ENDDATA 3 0 2251802700026
ENDSUBENT 25 0 2251802799999
SUBENT 22518028 20121225 22342251802800001
BIB 5 16 2251802800002
REACTION (20-CA-0(N,EL)20-CA-0,,SIG,,MXW) 2251802800003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251802800004
Systematic errors in the determination of the 2251802800005
scattering cross-sections may arise from hydrogen 2251802800006
impurities, mainly in the form of water or occluded 2251802800007
hydrogen, and from strongly absorbing impurities in 2251802800008
the scatterers. The latter source of error was usually2251802800009
small, since comparatively pure chemicals were used 2251802800010
in most cases. 2251802800011
(ERR-S,5.,10.) Statistical error 2251802800012
ANALYSIS The cross-sections were calculated by assuming the 2251802800013
scattering cross-section of carbon to be equal to the 2251802800014
total cross section determined previously (Subent 002) 2251802800015
STATUS (DEP,22518002) 2251802800016
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251802800017
HISTORY (19991210T) Converted from subent 67000028 2251802800018
ENDBIB 16 0 2251802800019
NOCOMMON 0 0 2251802800020
DATA 1 1 2251802800021
DATA 2251802800022
B 2251802800023
9.5000E+00 2251802800024
ENDDATA 3 0 2251802800025
ENDSUBENT 24 0 2251802899999
SUBENT 22518029 20121225 22342251802900001
BIB 6 17 2251802900002
REACTION (22-TI-0(N,EL)22-TI-0,BA,SIG,,MXW) 2251802900003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251802900004
Systematic errors in the determination of the 2251802900005
scattering cross-sections may arise from hydrogen 2251802900006
impurities, mainly in the form of water or occluded 2251802900007
hydrogen, and from strongly absorbing impurities in 2251802900008
the scatterers. The latter source of error was usually2251802900009
small, since comparatively pure chemicals were used 2251802900010
in most cases. 2251802900011
(ERR-S,5.,10.) Statistical error 2251802900012
ANALYSIS The cross-sections were calculated by assuming the 2251802900013
scattering cross-section of carbon to be equal to the 2251802900014
total cross section determined previously (Subent 002) 2251802900015
SAMPLE Ti-O(2) 2251802900016
STATUS (DEP,22518002) 2251802900017
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251802900018
HISTORY (19991210T) Converted from subent 67000029 2251802900019
ENDBIB 17 0 2251802900020
NOCOMMON 0 0 2251802900021
DATA 1 1 2251802900022
DATA 2251802900023
B 2251802900024
6.2000E+00 2251802900025
ENDDATA 3 0 2251802900026
ENDSUBENT 25 0 2251802999999
SUBENT 22518030 20121225 22342251803000001
BIB 5 16 2251803000002
REACTION (23-V-51(N,EL)23-V-51,,SIG,,MXW) 2251803000003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251803000004
Systematic errors in the determination of the 2251803000005
scattering cross-sections may arise from hydrogen 2251803000006
impurities, mainly in the form of water or occluded 2251803000007
hydrogen, and from strongly absorbing impurities in 2251803000008
the scatterers. The latter source of error was usually2251803000009
small, since comparatively pure chemicals were used 2251803000010
in most cases. 2251803000011
(ERR-S,5.,10.) Statistical error 2251803000012
ANALYSIS The cross-sections were calculated by assuming the 2251803000013
scattering cross-section of carbon to be equal to the 2251803000014
total cross section determined previously (Subent 002) 2251803000015
STATUS (DEP,22518002) 2251803000016
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251803000017
HISTORY (19991210T) Converted from subent 67000030 2251803000018
ENDBIB 16 0 2251803000019
NOCOMMON 0 0 2251803000020
DATA 1 1 2251803000021
DATA-MAX 2251803000022
B 2251803000023
4.0000E+00 2251803000024
ENDDATA 3 0 2251803000025
ENDSUBENT 24 0 2251803099999
SUBENT 22518031 20121225 22342251803100001
BIB 5 16 2251803100002
REACTION (24-CR-0(N,EL)24-CR-0,,SIG,,MXW) 2251803100003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251803100004
Systematic errors in the determination of the 2251803100005
scattering cross-sections may arise from hydrogen 2251803100006
impurities, mainly in the form of water or occluded 2251803100007
hydrogen, and from strongly absorbing impurities in 2251803100008
the scatterers. The latter source of error was usually2251803100009
small, since comparatively pure chemicals were used 2251803100010
in most cases. 2251803100011
(ERR-S,5.,10.) Statistical error 2251803100012
ANALYSIS The cross-sections were calculated by assuming the 2251803100013
scattering cross-section of carbon to be equal to the 2251803100014
total cross section determined previously (Subent 002) 2251803100015
STATUS (DEP,22518002) 2251803100016
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251803100017
HISTORY (19991210T) Converted from subent 67000031 2251803100018
ENDBIB 16 0 2251803100019
NOCOMMON 0 0 2251803100020
DATA 1 1 2251803100021
DATA 2251803100022
B 2251803100023
3.6000E+00 2251803100024
ENDDATA 3 0 2251803100025
ENDSUBENT 24 0 2251803199999
SUBENT 22518032 20121225 22342251803200001
BIB 5 16 2251803200002
REACTION (25-MN-55(N,EL)25-MN-55,,SIG,,MXW) 2251803200003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251803200004
Systematic errors in the determination of the 2251803200005
scattering cross-sections may arise from hydrogen 2251803200006
impurities, mainly in the form of water or occluded 2251803200007
hydrogen, and from strongly absorbing impurities in 2251803200008
the scatterers. The latter source of error was usually2251803200009
small, since comparatively pure chemicals were used 2251803200010
in most cases. 2251803200011
(ERR-S,5.,10.) Statistical error 2251803200012
ANALYSIS The cross-sections were calculated by assuming the 2251803200013
scattering cross-section of carbon to be equal to the 2251803200014
total cross section determined previously (Subent 002) 2251803200015
STATUS (DEP,22518002) 2251803200016
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251803200017
HISTORY (19991210T) Converted from subent 67000032 2251803200018
ENDBIB 16 0 2251803200019
NOCOMMON 0 0 2251803200020
DATA 1 1 2251803200021
DATA 2251803200022
B 2251803200023
2.1000E+00 2251803200024
ENDDATA 3 0 2251803200025
ENDSUBENT 24 0 2251803299999
SUBENT 22518033 20121225 22342251803300001
BIB 5 16 2251803300002
REACTION (26-FE-0(N,EL)26-FE-0,,SIG,,MXW) 2251803300003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251803300004
Systematic errors in the determination of the 2251803300005
scattering cross-sections may arise from hydrogen 2251803300006
impurities, mainly in the form of water or occluded 2251803300007
hydrogen, and from strongly absorbing impurities in 2251803300008
the scatterers. The latter source of error was usually2251803300009
small, since comparatively pure chemicals were used 2251803300010
in most cases. 2251803300011
(ERR-S,5.,10.) Statistical error 2251803300012
ANALYSIS The cross-sections were calculated by assuming the 2251803300013
scattering cross-section of carbon to be equal to the 2251803300014
total cross section determined previously (Subent 002) 2251803300015
STATUS (DEP,22518002) 2251803300016
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251803300017
HISTORY (19991210T) Converted from subent 67000033 2251803300018
ENDBIB 16 0 2251803300019
NOCOMMON 0 0 2251803300020
DATA 1 1 2251803300021
DATA 2251803300022
B 2251803300023
1.0300E+01 2251803300024
ENDDATA 3 0 2251803300025
ENDSUBENT 24 0 2251803399999
SUBENT 22518034 20121225 22342251803400001
BIB 5 16 2251803400002
REACTION (27-CO-59(N,EL)27-CO-59,,SIG,,MXW) 2251803400003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251803400004
Systematic errors in the determination of the 2251803400005
scattering cross-sections may arise from hydrogen 2251803400006
impurities, mainly in the form of water or occluded 2251803400007
hydrogen, and from strongly absorbing impurities in 2251803400008
the scatterers. The latter source of error was usually2251803400009
small, since comparatively pure chemicals were used 2251803400010
in most cases. 2251803400011
(ERR-S,5.,10.) Statistical error 2251803400012
ANALYSIS The cross-sections were calculated by assuming the 2251803400013
scattering cross-section of carbon to be equal to the 2251803400014
total cross section determined previously (Subent 002) 2251803400015
STATUS (DEP,22518002) 2251803400016
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251803400017
HISTORY (19991210T) Converted from subent 67000034 2251803400018
ENDBIB 16 0 2251803400019
NOCOMMON 0 0 2251803400020
DATA 1 1 2251803400021
DATA-APRX 2251803400022
B 2251803400023
5.0000E+00 2251803400024
ENDDATA 3 0 2251803400025
ENDSUBENT 24 0 2251803499999
SUBENT 22518035 20121225 22342251803500001
BIB 5 16 2251803500002
REACTION (28-NI-0(N,EL)28-NI-0,,SIG,,MXW) 2251803500003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251803500004
Systematic errors in the determination of the 2251803500005
scattering cross-sections may arise from hydrogen 2251803500006
impurities, mainly in the form of water or occluded 2251803500007
hydrogen, and from strongly absorbing impurities in 2251803500008
the scatterers. The latter source of error was usually2251803500009
small, since comparatively pure chemicals were used 2251803500010
in most cases. 2251803500011
(ERR-S,5.,10.) Statistical error 2251803500012
ANALYSIS The cross-sections were calculated by assuming the 2251803500013
scattering cross-section of carbon to be equal to the 2251803500014
total cross section determined previously (Subent 002) 2251803500015
STATUS (DEP,22518002) 2251803500016
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251803500017
HISTORY (19991210T) Converted from subent 67000035 2251803500018
ENDBIB 16 0 2251803500019
NOCOMMON 0 0 2251803500020
DATA 1 1 2251803500021
DATA 2251803500022
B 2251803500023
1.2400E+01 2251803500024
ENDDATA 3 0 2251803500025
ENDSUBENT 24 0 2251803599999
SUBENT 22518036 20121225 22342251803600001
BIB 5 16 2251803600002
REACTION (29-CU-0(N,EL)29-CU-0,,SIG,,MXW) 2251803600003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251803600004
Systematic errors in the determination of the 2251803600005
scattering cross-sections may arise from hydrogen 2251803600006
impurities, mainly in the form of water or occluded 2251803600007
hydrogen, and from strongly absorbing impurities in 2251803600008
the scatterers. The latter source of error was usually2251803600009
small, since comparatively pure chemicals were used 2251803600010
in most cases. 2251803600011
(ERR-S,5.,10.) Statistical error 2251803600012
ANALYSIS The cross-sections were calculated by assuming the 2251803600013
scattering cross-section of carbon to be equal to the 2251803600014
total cross section determined previously (Subent 002) 2251803600015
STATUS (DEP,22518002) 2251803600016
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251803600017
HISTORY (19991210T) Converted from subent 67000036 2251803600018
ENDBIB 16 0 2251803600019
NOCOMMON 0 0 2251803600020
DATA 1 1 2251803600021
DATA 2251803600022
B 2251803600023
8.6000E+00 2251803600024
ENDDATA 3 0 2251803600025
ENDSUBENT 24 0 2251803699999
SUBENT 22518037 20121225 22342251803700001
BIB 5 16 2251803700002
REACTION (30-ZN-0(N,EL)30-ZN-0,,SIG,,MXW) 2251803700003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251803700004
Systematic errors in the determination of the 2251803700005
scattering cross-sections may arise from hydrogen 2251803700006
impurities, mainly in the form of water or occluded 2251803700007
hydrogen, and from strongly absorbing impurities in 2251803700008
the scatterers. The latter source of error was usually2251803700009
small, since comparatively pure chemicals were used 2251803700010
in most cases. 2251803700011
(ERR-S,5.,10.) Statistical error 2251803700012
ANALYSIS The cross-sections were calculated by assuming the 2251803700013
scattering cross-section of carbon to be equal to the 2251803700014
total cross section determined previously (Subent 002) 2251803700015
STATUS (DEP,22518002) 2251803700016
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251803700017
HISTORY (19991210T) Converted from subent 67000037 2251803700018
ENDBIB 16 0 2251803700019
NOCOMMON 0 0 2251803700020
DATA 1 1 2251803700021
DATA 2251803700022
B 2251803700023
5.2000E+00 2251803700024
ENDDATA 3 0 2251803700025
ENDSUBENT 24 0 2251803799999
SUBENT 22518038 20121225 22342251803800001
BIB 5 16 2251803800002
REACTION (31-GA-0(N,EL)31-GA-0,,SIG,,MXW) 2251803800003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251803800004
Systematic errors in the determination of the 2251803800005
scattering cross-sections may arise from hydrogen 2251803800006
impurities, mainly in the form of water or occluded 2251803800007
hydrogen, and from strongly absorbing impurities in 2251803800008
the scatterers. The latter source of error was usually2251803800009
small, since comparatively pure chemicals were used 2251803800010
in most cases. 2251803800011
(ERR-S,5.,10.) Statistical error 2251803800012
ANALYSIS The cross-sections were calculated by assuming the 2251803800013
scattering cross-section of carbon to be equal to the 2251803800014
total cross section determined previously (Subent 002) 2251803800015
STATUS (DEP,22518002) 2251803800016
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251803800017
HISTORY (19991210T) Converted from subent 67000038 2251803800018
ENDBIB 16 0 2251803800019
NOCOMMON 0 0 2251803800020
DATA 1 1 2251803800021
DATA-MAX 2251803800022
B 2251803800023
4.0000E+00 2251803800024
ENDDATA 3 0 2251803800025
ENDSUBENT 24 0 2251803899999
SUBENT 22518039 20121225 22342251803900001
BIB 5 16 2251803900002
REACTION (33-AS-75(N,EL)33-AS-75,,SIG,,MXW) 2251803900003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251803900004
Systematic errors in the determination of the 2251803900005
scattering cross-sections may arise from hydrogen 2251803900006
impurities, mainly in the form of water or occluded 2251803900007
hydrogen, and from strongly absorbing impurities in 2251803900008
the scatterers. The latter source of error was usually2251803900009
small, since comparatively pure chemicals were used 2251803900010
in most cases. 2251803900011
(ERR-S,5.,10.) Statistical error 2251803900012
ANALYSIS The cross-sections were calculated by assuming the 2251803900013
scattering cross-section of carbon to be equal to the 2251803900014
total cross section determined previously (Subent 002) 2251803900015
STATUS (DEP,22518002) 2251803900016
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251803900017
HISTORY (19991210T) Converted from subent 67000039 2251803900018
ENDBIB 16 0 2251803900019
NOCOMMON 0 0 2251803900020
DATA 1 1 2251803900021
DATA 2251803900022
B 2251803900023
7.1000E+00 2251803900024
ENDDATA 3 0 2251803900025
ENDSUBENT 24 0 2251803999999
SUBENT 22518040 20121225 22342251804000001
BIB 5 16 2251804000002
REACTION (34-SE-0(N,EL)34-SE-0,,SIG,,MXW) 2251804000003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251804000004
Systematic errors in the determination of the 2251804000005
scattering cross-sections may arise from hydrogen 2251804000006
impurities, mainly in the form of water or occluded 2251804000007
hydrogen, and from strongly absorbing impurities in 2251804000008
the scatterers. The latter source of error was usually2251804000009
small, since comparatively pure chemicals were used 2251804000010
in most cases. 2251804000011
(ERR-S,5.,10.) Statistical error 2251804000012
ANALYSIS The cross-sections were calculated by assuming the 2251804000013
scattering cross-section of carbon to be equal to the 2251804000014
total cross section determined previously (Subent 002) 2251804000015
STATUS (DEP,22518002) 2251804000016
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251804000017
HISTORY (19991210T) Converted from subent 67000040 2251804000018
ENDBIB 16 0 2251804000019
NOCOMMON 0 0 2251804000020
DATA 1 1 2251804000021
DATA 2251804000022
B 2251804000023
1.2700E+01 2251804000024
ENDDATA 3 0 2251804000025
ENDSUBENT 24 0 2251804099999
SUBENT 22518041 20121225 22342251804100001
BIB 6 17 2251804100002
REACTION (35-BR-0(N,EL)35-BR-0,BA,SIG,,MXW) 2251804100003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251804100004
Systematic errors in the determination of the 2251804100005
scattering cross-sections may arise from hydrogen 2251804100006
impurities, mainly in the form of water or occluded 2251804100007
hydrogen, and from strongly absorbing impurities in 2251804100008
the scatterers. The latter source of error was usually2251804100009
small, since comparatively pure chemicals were used 2251804100010
in most cases. 2251804100011
(ERR-S,5.,10.) Statistical error 2251804100012
ANALYSIS The cross-sections were calculated by assuming the 2251804100013
scattering cross-section of carbon to be equal to the 2251804100014
total cross section determined previously (Subent 002) 2251804100015
SAMPLE K-Br 2251804100016
STATUS (DEP,22518002) 2251804100017
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251804100018
HISTORY (19991210T) Converted from subent 67000041 2251804100019
ENDBIB 17 0 2251804100020
NOCOMMON 0 0 2251804100021
DATA 1 1 2251804100022
DATA-MAX 2251804100023
B 2251804100024
7.0000E+00 2251804100025
ENDDATA 3 0 2251804100026
ENDSUBENT 25 0 2251804199999
SUBENT 22518042 20121225 22342251804200001
BIB 6 17 2251804200002
REACTION (38-SR-0(N,EL)38-SR-0,BA,SIG,,MXW) 2251804200003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251804200004
Systematic errors in the determination of the 2251804200005
scattering cross-sections may arise from hydrogen 2251804200006
impurities, mainly in the form of water or occluded 2251804200007
hydrogen, and from strongly absorbing impurities in 2251804200008
the scatterers. The latter source of error was usually2251804200009
small, since comparatively pure chemicals were used 2251804200010
in most cases. 2251804200011
(ERR-S,5.,10.) Statistical error 2251804200012
ANALYSIS The cross-sections were calculated by assuming the 2251804200013
scattering cross-section of carbon to be equal to the 2251804200014
total cross section determined previously (Subent 002) 2251804200015
SAMPLE Sr-S 2251804200016
STATUS (DEP,22518002) 2251804200017
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251804200018
HISTORY (19991210T) Converted from subent 67000042 2251804200019
ENDBIB 17 0 2251804200020
NOCOMMON 0 0 2251804200021
DATA 1 1 2251804200022
DATA 2251804200023
B 2251804200024
9.5000E+00 2251804200025
ENDDATA 3 0 2251804200026
ENDSUBENT 25 0 2251804299999
SUBENT 22518043 20121225 22342251804300001
BIB 6 17 2251804300002
REACTION (39-Y-89(N,EL)39-Y-89,BA,SIG,,MXW) 2251804300003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251804300004
Systematic errors in the determination of the 2251804300005
scattering cross-sections may arise from hydrogen 2251804300006
impurities, mainly in the form of water or occluded 2251804300007
hydrogen, and from strongly absorbing impurities in 2251804300008
the scatterers. The latter source of error was usually2251804300009
small, since comparatively pure chemicals were used 2251804300010
in most cases. 2251804300011
(ERR-S,5.,10.) Statistical error 2251804300012
ANALYSIS The cross-sections were calculated by assuming the 2251804300013
scattering cross-section of carbon to be equal to the 2251804300014
total cross section determined previously (Subent 002) 2251804300015
SAMPLE Y(2)-O(3) 2251804300016
STATUS (DEP,22518002) 2251804300017
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251804300018
HISTORY (19991210T) Converted from subent 67000043 2251804300019
ENDBIB 17 0 2251804300020
NOCOMMON 0 0 2251804300021
DATA 1 1 2251804300022
DATA-MAX 2251804300023
B 2251804300024
1.4000E+01 2251804300025
ENDDATA 3 0 2251804300026
ENDSUBENT 25 0 2251804399999
SUBENT 22518044 20121225 22342251804400001
BIB 5 16 2251804400002
REACTION (40-ZR-0(N,EL)40-ZR-0,,SIG,,MXW) 2251804400003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251804400004
Systematic errors in the determination of the 2251804400005
scattering cross-sections may arise from hydrogen 2251804400006
impurities, mainly in the form of water or occluded 2251804400007
hydrogen, and from strongly absorbing impurities in 2251804400008
the scatterers. The latter source of error was usually2251804400009
small, since comparatively pure chemicals were used 2251804400010
in most cases. 2251804400011
(ERR-S,5.,10.) Statistical error 2251804400012
ANALYSIS The cross-sections were calculated by assuming the 2251804400013
scattering cross-section of carbon to be equal to the 2251804400014
total cross section determined previously (Subent 002) 2251804400015
STATUS (DEP,22518002) 2251804400016
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251804400017
HISTORY (19991210T) Converted from subent 67000044 2251804400018
ENDBIB 16 0 2251804400019
NOCOMMON 0 0 2251804400020
DATA 1 1 2251804400021
DATA-MAX 2251804400022
B 2251804400023
1.6000E+01 2251804400024
ENDDATA 3 0 2251804400025
ENDSUBENT 24 0 2251804499999
SUBENT 22518045 20121225 22342251804500001
BIB 5 16 2251804500002
REACTION (41-NB-93(N,EL)41-NB-93,,SIG,,MXW) 2251804500003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251804500004
Systematic errors in the determination of the 2251804500005
scattering cross-sections may arise from hydrogen 2251804500006
impurities, mainly in the form of water or occluded 2251804500007
hydrogen, and from strongly absorbing impurities in 2251804500008
the scatterers. The latter source of error was usually2251804500009
small, since comparatively pure chemicals were used 2251804500010
in most cases. 2251804500011
(ERR-S,5.,10.) Statistical error 2251804500012
ANALYSIS The cross-sections were calculated by assuming the 2251804500013
scattering cross-section of carbon to be equal to the 2251804500014
total cross section determined previously (Subent 002) 2251804500015
STATUS (DEP,22518002) 2251804500016
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251804500017
HISTORY (19991210T) Converted from subent 67000045 2251804500018
ENDBIB 16 0 2251804500019
NOCOMMON 0 0 2251804500020
DATA 1 1 2251804500021
DATA 2251804500022
B 2251804500023
5.0000E+00 2251804500024
ENDDATA 3 0 2251804500025
ENDSUBENT 24 0 2251804599999
SUBENT 22518046 20121225 22342251804600001
BIB 5 16 2251804600002
REACTION (42-MO-0(N,EL)42-MO-0,,SIG,,MXW) 2251804600003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251804600004
Systematic errors in the determination of the 2251804600005
scattering cross-sections may arise from hydrogen 2251804600006
impurities, mainly in the form of water or occluded 2251804600007
hydrogen, and from strongly absorbing impurities in 2251804600008
the scatterers. The latter source of error was usually2251804600009
small, since comparatively pure chemicals were used 2251804600010
in most cases. 2251804600011
(ERR-S,5.,10.) Statistical error 2251804600012
ANALYSIS The cross-sections were calculated by assuming the 2251804600013
scattering cross-section of carbon to be equal to the 2251804600014
total cross section determined previously (Subent 002) 2251804600015
STATUS (DEP,22518002) 2251804600016
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251804600017
HISTORY (19991210T) Converted from subent 67000046 2251804600018
ENDBIB 16 0 2251804600019
NOCOMMON 0 0 2251804600020
DATA 1 1 2251804600021
DATA 2251804600022
B 2251804600023
6.7000E+00 2251804600024
ENDDATA 3 0 2251804600025
ENDSUBENT 24 0 2251804699999
SUBENT 22518047 20121225 22342251804700001
BIB 5 16 2251804700002
REACTION (44-RU-0(N,EL)44-RU-0,,SIG,,MXW) 2251804700003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251804700004
Systematic errors in the determination of the 2251804700005
scattering cross-sections may arise from hydrogen 2251804700006
impurities, mainly in the form of water or occluded 2251804700007
hydrogen, and from strongly absorbing impurities in 2251804700008
the scatterers. The latter source of error was usually2251804700009
small, since comparatively pure chemicals were used 2251804700010
in most cases. 2251804700011
(ERR-S,5.,10.) Statistical error 2251804700012
ANALYSIS The cross-sections were calculated by assuming the 2251804700013
scattering cross-section of carbon to be equal to the 2251804700014
total cross section determined previously (Subent 002) 2251804700015
STATUS (DEP,22518002) 2251804700016
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251804700017
HISTORY (19991210T) Converted from subent 67000047 2251804700018
ENDBIB 16 0 2251804700019
NOCOMMON 0 0 2251804700020
DATA 1 1 2251804700021
DATA 2251804700022
B 2251804700023
5.9000E+00 2251804700024
ENDDATA 3 0 2251804700025
ENDSUBENT 24 0 2251804799999
SUBENT 22518048 20121225 22342251804800001
BIB 5 16 2251804800002
REACTION (46-PD-0(N,EL)46-PD-0,,SIG,,MXW) 2251804800003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251804800004
Systematic errors in the determination of the 2251804800005
scattering cross-sections may arise from hydrogen 2251804800006
impurities, mainly in the form of water or occluded 2251804800007
hydrogen, and from strongly absorbing impurities in 2251804800008
the scatterers. The latter source of error was usually2251804800009
small, since comparatively pure chemicals were used 2251804800010
in most cases. 2251804800011
(ERR-S,5.,10.) Statistical error 2251804800012
ANALYSIS The cross-sections were calculated by assuming the 2251804800013
scattering cross-section of carbon to be equal to the 2251804800014
total cross section determined previously (Subent 002) 2251804800015
STATUS (DEP,22518002) 2251804800016
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251804800017
HISTORY (19991210T) Converted from subent 67000048 2251804800018
ENDBIB 16 0 2251804800019
NOCOMMON 0 0 2251804800020
DATA 1 1 2251804800021
DATA 2251804800022
B 2251804800023
3.0000E+00 2251804800024
ENDDATA 3 0 2251804800025
ENDSUBENT 24 0 2251804899999
SUBENT 22518049 20121225 22342251804900001
BIB 5 16 2251804900002
REACTION (50-SN-0(N,EL)50-SN-0,,SIG,,MXW) 2251804900003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251804900004
Systematic errors in the determination of the 2251804900005
scattering cross-sections may arise from hydrogen 2251804900006
impurities, mainly in the form of water or occluded 2251804900007
hydrogen, and from strongly absorbing impurities in 2251804900008
the scatterers. The latter source of error was usually2251804900009
small, since comparatively pure chemicals were used 2251804900010
in most cases. 2251804900011
(ERR-S,5.,10.) Statistical error 2251804900012
ANALYSIS The cross-sections were calculated by assuming the 2251804900013
scattering cross-section of carbon to be equal to the 2251804900014
total cross section determined previously (Subent 002) 2251804900015
STATUS (DEP,22518002) 2251804900016
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251804900017
HISTORY (19991210T) Converted from subent 67000049 2251804900018
ENDBIB 16 0 2251804900019
NOCOMMON 0 0 2251804900020
DATA 1 1 2251804900021
DATA 2251804900022
B 2251804900023
4.9000E+00 2251804900024
ENDDATA 3 0 2251804900025
ENDSUBENT 24 0 2251804999999
SUBENT 22518050 20121225 22342251805000001
BIB 5 16 2251805000002
REACTION (51-SB-0(N,EL)51-SB-0,,SIG,,MXW) 2251805000003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251805000004
Systematic errors in the determination of the 2251805000005
scattering cross-sections may arise from hydrogen 2251805000006
impurities, mainly in the form of water or occluded 2251805000007
hydrogen, and from strongly absorbing impurities in 2251805000008
the scatterers. The latter source of error was usually2251805000009
small, since comparatively pure chemicals were used 2251805000010
in most cases. 2251805000011
(ERR-S,5.,10.) Statistical error 2251805000012
ANALYSIS The cross-sections were calculated by assuming the 2251805000013
scattering cross-section of carbon to be equal to the 2251805000014
total cross section determined previously (Subent 002) 2251805000015
STATUS (DEP,22518002) 2251805000016
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251805000017
HISTORY (19991210T) Converted from subent 67000050 2251805000018
ENDBIB 16 0 2251805000019
NOCOMMON 0 0 2251805000020
DATA 1 1 2251805000021
DATA 2251805000022
B 2251805000023
6.5000E+00 2251805000024
ENDDATA 3 0 2251805000025
ENDSUBENT 24 0 2251805099999
SUBENT 22518051 20121225 22342251805100001
BIB 5 16 2251805100002
REACTION (52-TE-0(N,EL)52-TE-0,,SIG,,MXW) 2251805100003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251805100004
Systematic errors in the determination of the 2251805100005
scattering cross-sections may arise from hydrogen 2251805100006
impurities, mainly in the form of water or occluded 2251805100007
hydrogen, and from strongly absorbing impurities in 2251805100008
the scatterers. The latter source of error was usually2251805100009
small, since comparatively pure chemicals were used 2251805100010
in most cases. 2251805100011
(ERR-S,5.,10.) Statistical error 2251805100012
ANALYSIS The cross-sections were calculated by assuming the 2251805100013
scattering cross-section of carbon to be equal to the 2251805100014
total cross section determined previously (Subent 002) 2251805100015
STATUS (DEP,22518002) 2251805100016
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251805100017
HISTORY (19991210T) Converted from subent 67000051 2251805100018
ENDBIB 16 0 2251805100019
NOCOMMON 0 0 2251805100020
DATA 1 1 2251805100021
DATA 2251805100022
B 2251805100023
5.3000E+00 2251805100024
ENDDATA 3 0 2251805100025
ENDSUBENT 24 0 2251805199999
SUBENT 22518052 20121225 22342251805200001
BIB 6 17 2251805200002
REACTION (56-BA-0(N,EL)56-BA-0,BA,SIG,,MXW) 2251805200003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251805200004
Systematic errors in the determination of the 2251805200005
scattering cross-sections may arise from hydrogen 2251805200006
impurities, mainly in the form of water or occluded 2251805200007
hydrogen, and from strongly absorbing impurities in 2251805200008
the scatterers. The latter source of error was usually2251805200009
small, since comparatively pure chemicals were used 2251805200010
in most cases. 2251805200011
(ERR-S,5.,10.) Statistical error 2251805200012
ANALYSIS The cross-sections were calculated by assuming the 2251805200013
scattering cross-section of carbon to be equal to the 2251805200014
total cross section determined previously (Subent 002) 2251805200015
SAMPLE Ba-F(2) 2251805200016
STATUS (DEP,22518002) 2251805200017
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251805200018
HISTORY (19991210T) Converted from subent 67000052 2251805200019
ENDBIB 17 0 2251805200020
NOCOMMON 0 0 2251805200021
DATA 1 1 2251805200022
DATA 2251805200023
B 2251805200024
8.2000E+00 2251805200025
ENDDATA 3 0 2251805200026
ENDSUBENT 25 0 2251805299999
SUBENT 22518053 20121225 22342251805300001
BIB 5 16 2251805300002
REACTION (73-TA-181(N,EL)73-TA-181,,SIG,,MXW) 2251805300003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251805300004
Systematic errors in the determination of the 2251805300005
scattering cross-sections may arise from hydrogen 2251805300006
impurities, mainly in the form of water or occluded 2251805300007
hydrogen, and from strongly absorbing impurities in 2251805300008
the scatterers. The latter source of error was usually2251805300009
small, since comparatively pure chemicals were used 2251805300010
in most cases. 2251805300011
(ERR-S,5.,10.) Statistical error 2251805300012
ANALYSIS The cross-sections were calculated by assuming the 2251805300013
scattering cross-section of carbon to be equal to the 2251805300014
total cross section determined previously (Subent 002) 2251805300015
STATUS (DEP,22518002) 2251805300016
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251805300017
HISTORY (19991210T) Converted from subent 67000053 2251805300018
ENDBIB 16 0 2251805300019
NOCOMMON 0 0 2251805300020
DATA 1 1 2251805300021
DATA-APRX 2251805300022
B 2251805300023
1.0000E+01 2251805300024
ENDDATA 3 0 2251805300025
ENDSUBENT 24 0 2251805399999
SUBENT 22518054 20121225 22342251805400001
BIB 5 16 2251805400002
REACTION (74-W-0(N,EL)74-W-0,,SIG,,MXW) 2251805400003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251805400004
Systematic errors in the determination of the 2251805400005
scattering cross-sections may arise from hydrogen 2251805400006
impurities, mainly in the form of water or occluded 2251805400007
hydrogen, and from strongly absorbing impurities in 2251805400008
the scatterers. The latter source of error was usually2251805400009
small, since comparatively pure chemicals were used 2251805400010
in most cases. 2251805400011
(ERR-S,5.,10.) Statistical error 2251805400012
ANALYSIS The cross-sections were calculated by assuming the 2251805400013
scattering cross-section of carbon to be equal to the 2251805400014
total cross section determined previously (Subent 002) 2251805400015
STATUS (DEP,22518002) 2251805400016
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251805400017
HISTORY (19991210T) Converted from subent 67000054 2251805400018
ENDBIB 16 0 2251805400019
NOCOMMON 0 0 2251805400020
DATA 1 1 2251805400021
DATA 2251805400022
B 2251805400023
7.8000E+00 2251805400024
ENDDATA 3 0 2251805400025
ENDSUBENT 24 0 2251805499999
SUBENT 22518055 20121225 22342251805500001
BIB 5 16 2251805500002
REACTION (76-OS-0(N,EL)76-OS-0,,SIG,,MXW) 2251805500003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251805500004
Systematic errors in the determination of the 2251805500005
scattering cross-sections may arise from hydrogen 2251805500006
impurities, mainly in the form of water or occluded 2251805500007
hydrogen, and from strongly absorbing impurities in 2251805500008
the scatterers. The latter source of error was usually2251805500009
small, since comparatively pure chemicals were used 2251805500010
in most cases. 2251805500011
(ERR-S,5.,10.) Statistical error 2251805500012
ANALYSIS The cross-sections were calculated by assuming the 2251805500013
scattering cross-section of carbon to be equal to the 2251805500014
total cross section determined previously (Subent 002) 2251805500015
STATUS (DEP,22518002) 2251805500016
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251805500017
HISTORY (19991210T) Converted from subent 67000055 2251805500018
ENDBIB 16 0 2251805500019
NOCOMMON 0 0 2251805500020
DATA 1 1 2251805500021
DATA 2251805500022
B 2251805500023
1.0800E+01 2251805500024
ENDDATA 3 0 2251805500025
ENDSUBENT 24 0 2251805599999
SUBENT 22518056 20121225 22342251805600001
BIB 5 16 2251805600002
REACTION (78-PT-0(N,EL)78-PT-0,,SIG,,MXW) 2251805600003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251805600004
Systematic errors in the determination of the 2251805600005
scattering cross-sections may arise from hydrogen 2251805600006
impurities, mainly in the form of water or occluded 2251805600007
hydrogen, and from strongly absorbing impurities in 2251805600008
the scatterers. The latter source of error was usually2251805600009
small, since comparatively pure chemicals were used 2251805600010
in most cases. 2251805600011
(ERR-S,5.,10.) Statistical error 2251805600012
ANALYSIS The cross-sections were calculated by assuming the 2251805600013
scattering cross-section of carbon to be equal to the 2251805600014
total cross section determined previously (Subent 002) 2251805600015
STATUS (DEP,22518002) 2251805600016
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251805600017
HISTORY (19991210T) Converted from subent 67000056 2251805600018
ENDBIB 16 0 2251805600019
NOCOMMON 0 0 2251805600020
DATA 1 1 2251805600021
DATA 2251805600022
B 2251805600023
8.3000E+00 2251805600024
ENDDATA 3 0 2251805600025
ENDSUBENT 24 0 2251805699999
SUBENT 22518057 20121225 22342251805700001
BIB 5 16 2251805700002
REACTION (81-TL-0(N,EL)81-TL-0,,SIG,,MXW) 2251805700003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251805700004
Systematic errors in the determination of the 2251805700005
scattering cross-sections may arise from hydrogen 2251805700006
impurities, mainly in the form of water or occluded 2251805700007
hydrogen, and from strongly absorbing impurities in 2251805700008
the scatterers. The latter source of error was usually2251805700009
small, since comparatively pure chemicals were used 2251805700010
in most cases. 2251805700011
(ERR-S,5.,10.) Statistical error 2251805700012
ANALYSIS The cross-sections were calculated by assuming the 2251805700013
scattering cross-section of carbon to be equal to the 2251805700014
total cross section determined previously (Subent 002) 2251805700015
STATUS (DEP,22518002) 2251805700016
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251805700017
HISTORY (19991210T) Converted from subent 67000057 2251805700018
ENDBIB 16 0 2251805700019
NOCOMMON 0 0 2251805700020
DATA 1 1 2251805700021
DATA 2251805700022
B 2251805700023
1.4200E+01 2251805700024
ENDDATA 3 0 2251805700025
ENDSUBENT 24 0 2251805799999
SUBENT 22518058 20121225 22342251805800001
BIB 5 16 2251805800002
REACTION (82-PB-0(N,EL)82-PB-0,,SIG,,MXW) 2251805800003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251805800004
Systematic errors in the determination of the 2251805800005
scattering cross-sections may arise from hydrogen 2251805800006
impurities, mainly in the form of water or occluded 2251805800007
hydrogen, and from strongly absorbing impurities in 2251805800008
the scatterers. The latter source of error was usually2251805800009
small, since comparatively pure chemicals were used 2251805800010
in most cases. 2251805800011
(ERR-S,5.,10.) Statistical error 2251805800012
ANALYSIS The cross-sections were calculated by assuming the 2251805800013
scattering cross-section of carbon to be equal to the 2251805800014
total cross section determined previously (Subent 002) 2251805800015
STATUS (DEP,22518002) 2251805800016
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251805800017
HISTORY (19991210T) Converted from subent 67000058 2251805800018
ENDBIB 16 0 2251805800019
NOCOMMON 0 0 2251805800020
DATA 1 1 2251805800021
DATA 2251805800022
B 2251805800023
1.2900E+01 2251805800024
ENDDATA 3 0 2251805800025
ENDSUBENT 24 0 2251805899999
SUBENT 22518059 20121225 22342251805900001
BIB 5 16 2251805900002
REACTION (83-BI-209(N,EL)83-BI-209,,SIG,,MXW) 2251805900003
ERR-ANALYS (DATA-ERR,10.,20.) 10-20% include ERR-S 2251805900004
Systematic errors in the determination of the 2251805900005
scattering cross-sections may arise from hydrogen 2251805900006
impurities, mainly in the form of water or occluded 2251805900007
hydrogen, and from strongly absorbing impurities in 2251805900008
the scatterers. The latter source of error was usually2251805900009
small, since comparatively pure chemicals were used 2251805900010
in most cases. 2251805900011
(ERR-S,5.,10.) Statistical error 2251805900012
ANALYSIS The cross-sections were calculated by assuming the 2251805900013
scattering cross-section of carbon to be equal to the 2251805900014
total cross section determined previously (Subent 002) 2251805900015
STATUS (DEP,22518002) 2251805900016
(TABLE) From Tbl. 3 of PRS/A,162,127,1937 2251805900017
HISTORY (19991210T) Converted from subent 67000059 2251805900018
ENDBIB 16 0 2251805900019
NOCOMMON 0 0 2251805900020
DATA 1 1 2251805900021
DATA 2251805900022
B 2251805900023
8.9000E+00 2251805900024
ENDDATA 3 0 2251805900025
ENDSUBENT 24 0 2251805999999
ENDENTRY 59 0 2251899999999